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/***************************************************************************
* Copyright (C) 2005-2007 Nicolas Hadacek <hadacek@kde.org> *
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
***************************************************************************/
#ifndef PIC_H
#define PIC_H
#include <tqstringlist.h>
#include <tqmap.h>
#include "common/global/global.h"
#include "common/common/bitvalue.h"
#include "devices/base/generic_device.h"
namespace Pic
{
class XmlToData;
class Group;
class Config;
class RegistersData;
//-----------------------------------------------------------------------------
struct VoltageData {
double min, max, nominal;
};
inline bool operator ==(const Pic::VoltageData &v1, const Pic::VoltageData &v2) { return ( v1.min==v2.min && v1.max==v2.max && v1.nominal==v2.nominal ); }
BEGIN_DECLARE_ENUM(ProgVoltageType)
Vpp = 0, VddBulkErase, VddWrite
END_DECLARE_ENUM_STD(ProgVoltageType)
struct CalibrationData {
BitValue opcode, opcodeMask;
};
enum MemoryRangeTypeProperty { ReadOnly = 0, Writable = 1 };
TQ_DECLARE_FLAGS(MemoryRangeTypeProperties, MemoryRangeTypeProperty)
TQ_DECLARE_OPERATORS_FOR_FLAGS(MemoryRangeTypeProperties)
struct MemoryRangeTypeData {
const char *key, *label;
MemoryRangeTypeProperties properties;
};
BEGIN_DECLARE_ENUM(MemoryRangeType)
Code = 0, Cal, UserId, DeviceId, Config, Eeprom, DebugVector, HardwareStack, CalBackup, ProgramExecutive
END_DECLARE_ENUM(MemoryRangeType, MemoryRangeTypeData)
BEGIN_DECLARE_ENUM(SelfWrite)
Yes, No
END_DECLARE_ENUM_STD(SelfWrite)
BEGIN_DECLARE_ENUM(DeviceType)
Normal, J, K
END_DECLARE_ENUM_STD(DeviceType)
struct ArchitectureData {
const char *key, *label;
uint nbBitsPC; // nb bits program counter
uint nbBytesWord; // nb bytes per word (hex file and icd2)
bool packed; // addressIncrement = (packed ? nbBytesWord : nbBytesWord/2)
uint nbBitsRegister;
uint registerBankLength;
uint nbBits[MemoryRangeType::Nb_Types]; // nb bits per word
bool hasAddressAccess; // memory can be accessed randomly
SelfWrite::Type selfWrite;
DeviceType::Type deviceType;
};
BEGIN_DECLARE_ENUM(Architecture)
P10X = 0, P16X, P17C, P18C, P18F, P18J, P24F, P24H, P30F, P33F
END_DECLARE_ENUM(Architecture, ArchitectureData)
enum MemoryRangeProperty { NotPresent = 0, Present = 1, Programmable = 2 };
TQ_DECLARE_FLAGS(MemoryRangeProperties, MemoryRangeProperty)
TQ_DECLARE_OPERATORS_FOR_FLAGS(MemoryRangeProperties)
struct MemoryRangeData {
MemoryRangeProperties properties;
Address start, end;
uint hexFileOffset;
};
namespace Checksum
{
BEGIN_DECLARE_ENUM(Algorithm)
Normal = 0, XOR4, XNOR7, XNOR8
END_DECLARE_ENUM_STD(Algorithm)
class Data {
public:
BitValue constant;
Algorithm algorithm;
TQStringList protectedMaskNames;
TQString bbsize;
BitValue blankChecksum, checkChecksum;
};
} // namespace
BEGIN_DECLARE_ENUM(Feature)
CCP, ADC, SSP, LVD, USB, USART, CAN, ECAN, Ethernet, LCD, MotorControl,
MotionFeedback, SelfWrite
END_DECLARE_ENUM_STD(Feature)
//-----------------------------------------------------------------------------
class Data : public Device::Data
{
public:
Data();
virtual ~Data();
virtual TQString fname(Device::Special special) const;
virtual TQString listViewGroup() const { return _architecture.label(); }
bool isPresent(MemoryRangeType type) const { return (range(type).properties & Present); }
bool isReadable(MemoryRangeType type) const;
bool isWritable(MemoryRangeType type) const;
uint nbAddresses(MemoryRangeType type) const;
uint nbWords(MemoryRangeType type) const;
uint addressIncrement(MemoryRangeType type) const;
uint nbWordsWriteAlignment(MemoryRangeType type) const;
MemoryRangeData range(MemoryRangeType type) const { return _ranges[type]; }
virtual uint nbBitsAddress() const { return _nbBitsPC; }
uint nbBitsWord(MemoryRangeType type) const { return _architecture.data().nbBits[type.type()]; }
uint nbBytesWord(MemoryRangeType type) const { return nbBitsToNbBytes(nbBitsWord(type)); }
uint nbCharsWord(MemoryRangeType type) const { return nbBitsToNbChars(nbBitsWord(type)); }
BitValue mask(MemoryRangeType type) const { return uint(1 << nbBitsWord(type))-1; }
BitValue userIdRecommendedMask() const { return _userIdRecommendedMask; }
const Config &config() const { return *_config; }
Architecture architecture() const { return _architecture; }
bool is18Family() const { return ( _architecture==Architecture::P18C || _architecture==Architecture::P18F || _architecture==Architecture::P18J); }
bool is16bitFamily() const { return ( _architecture.data().nbBitsRegister==16 ); }
VoltageData voltage(ProgVoltageType type) const { return _voltages[type]; }
virtual bool canWriteCalibration() const { return isWritable(MemoryRangeType::Cal); }
bool checkCalibration(const Device::Array &data, TQString *message = 0) const;
const TQMap<Device::Special, BitValue> ids() const { return _ids; }
virtual bool matchId(BitValue rawId, Device::IdData &data) const;
TQStringList idNames(const TQMap<TQString, Device::IdData> &ids) const;
const TQMap<TQString, Checksum::Data> checksums() const { return _checksums; }
const RegistersData ®istersData() const;
const CalibrationData &calibrationData() const { return _calibration; }
bool hasFeature(Feature feature, bool *unknown = 0) const;
BitValue nopInstruction() const { return 0x0; }
Device::Array gotoInstruction(Address address, bool withPageSelection) const;
bool isGotoInstruction(BitValue instruction) const;
private:
Architecture _architecture;
TQMap<Device::Special, BitValue> _ids;
uint _nbBitsPC;
uint _nbWordsCodeWrite; // #### only for 18F/18J devices [0 for other devices]
uint _nbWordsCodeRowErase; // #### only for 18F/18J devices [0 for other devices or if not available]
TQMap<ProgVoltageType, VoltageData> _voltages;
TQMap<MemoryRangeType, MemoryRangeData> _ranges;
BitValue _userIdRecommendedMask;
Config *_config;
TQMap<TQString, Checksum::Data> _checksums;
CalibrationData _calibration;
SelfWrite _selfWrite;
friend class XmlToData;
friend class Group;
friend TQDataStream &operator <<(TQDataStream &s, const Data &data);
friend TQDataStream &operator >>(TQDataStream &s, Data &data);
};
TQDataStream &operator <<(TQDataStream &s, const Data &data);
TQDataStream &operator >>(TQDataStream &s, Data &data);
} // namespace
TQDataStream &operator <<(TQDataStream &s, const Pic::VoltageData &vd);
TQDataStream &operator >>(TQDataStream &s, Pic::VoltageData &vd);
TQDataStream &operator <<(TQDataStream &s, const Pic::MemoryRangeData &mrd);
TQDataStream &operator >>(TQDataStream &s, Pic::MemoryRangeData &mrd);
TQDataStream &operator <<(TQDataStream &s, const Pic::Checksum::Data &cd);
TQDataStream &operator >>(TQDataStream &s, Pic::Checksum::Data &cd);
TQDataStream &operator <<(TQDataStream &s, const Pic::CalibrationData &cd);
TQDataStream &operator >>(TQDataStream &s, Pic::CalibrationData &cd);
#endif
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